I propose to create six distinct and informative phylogenetic trees for the specified genes. Using provided peptide and coding sequences, I will align and trim the data, ensuring the integrity of reading frames and preserving stop codons. Employing RAxML, a robust tool known for its efficient maximum likelihood tree search algorithm, I will generate phylogenetic trees for each gene. My process will involve careful documentation of steps taken, including sequence removal, alignment, and trimming details, guaranteeing reproducibility. The resulting trees will be visually interpreted using specialized software, facilitating the clear visualization of phylogenetic relationships. This comprehensive approach will yield six coherent and reproducible gene trees, enhancing our understanding of evolutionary connections.